Abstract: A power system including a primary optical element that defines a first opening therein, a secondary optical element positioned relative to the primary optical element to direct energy from the primary optical element to the first opening, and a thermal absorber, wherein the thermal absorber includes a housing that defines an internal volume and a second opening into the internal volume, wherein the second opening is coupled with the first opening, a window sealingly connected to the second opening to enclose the internal volume, a barrier wall that divides the internal volume into at least a hot chamber and a cold chamber, and at least one AMTEC cell having a first portion received in the cold chamber and a second portion received in the hot chamber.

Abstract: A thermal absorber including a light-transparent reservoir having an alkali metal received therein, a housing sealingly coupled to the reservoir to define an enclosed volume, the housing including a thermal barrier wall that divides the volume into a cold chamber and a hot chamber, the cold chamber including a sump having a drain hole in fluid communication with the hot chamber, and at least one AMTEC cell supported by the cell supporting surface, the AMTEC cell extending through the cold chamber and the hot chamber.

Abstract: Presented is a system and method for eliminating spurious data in radar cross section (RCS) data. The system and method receives RCS data, and determines an expected number of scattering centers for an object of interest in said RCS data. The RCS data is processed to remove a plurality of frequency components in said RCS data based at least in part upon said expected number of scattering centers, and the RCS data is reconstructed without said plurality of frequency components to produce a reconstructed RCS data for the object of interest. In an embodiment, the TLS-Prony transform is used to transform the RCS data into a set of damped frequency components and coefficients, which are then constrained to the expected number of scattering centers in the known object using a TLS-Prong linear prediction order, and the order of the frequency components is varied until the order yields a least-error approximation.

Abstract: A method and system are provided for executing a protocol for tunneling of transmission control protocol/internet protocol (TCP/IP) packets over a tactical link. The tunneling protocol includes interfacing to a host software on a node of a tactical network using a TAP interface; breaking up ethernet packets from the TAP interface into J16.0 messages that include payload data from the ethernet packet and header information that uniquely identifies the J16.0 message for deterministic reassembly of the ethernet packet from the stream of J16.0 messages in which it is included. The J16.0 messages may be transmitted using a fighter data link over a tactical network link. At the destination node of the link, the J16.0 messages may be reassembled into ethernet packets, allowing the tactical network to be implemented as virtual private network having (internet protocol) IP addresses for each node.